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comp_code.h
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comp_code.h
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/*
This code is compiler-generated!
It may be ugly, but it sure is fast!
Can you figure out how it works?
https://github.com/nickdrozd/Lisp-C-Compyler
*/
#ifndef COMP_CODE_GUARD
#define COMP_CODE_GUARD
#define COMPILED_CODE_BODY \
val = parse("()\n"); \
defineVar(NAMEOBJ("nil"), val, env); \
val = COMPOBJ(_ENTRY_1, env); \
goto AFTER_LAMBDA_2; \
ENTRY_1: \
print_info("ENTRY_1"); \
env = COMPENVOBJ(func); \
unev = parse("s\n"); \
env = extendEnv(unev, arglist, env); \
val = lookup(NAMEOBJ("s"), env); \
goto CONTINUE; \
AFTER_LAMBDA_2: \
print_info("AFTER_LAMBDA_2"); \
defineVar(NAMEOBJ("list"), val, env); \
val = COMPOBJ(_ENTRY_3, env); \
goto AFTER_LAMBDA_4; \
ENTRY_3: \
print_info("ENTRY_3"); \
env = COMPENVOBJ(func); \
unev = parse("(s)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_5, env); \
goto AFTER_LAMBDA_6; \
ENTRY_5: \
print_info("ENTRY_5"); \
env = COMPENVOBJ(func); \
unev = parse("(total rest)\n"); \
env = extendEnv(unev, arglist, env); \
save(cont); \
save(env); \
func = lookup(NAMEOBJ("null?"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_10; \
if (isCompound(func)) goto COMPOUND_11; \
COMPILED_12: \
print_info("COMPILED_12"); \
cont = LABELOBJ(_AFTER_CALL_13); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_11: \
print_info("COMPOUND_11"); \
cont = LABELOBJ(_AFTER_CALL_13); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_10: \
print_info("PRIMITIVE_10"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_13: \
print_info("AFTER_CALL_13"); \
restore(env); \
restore(cont); \
if (isTrue(val)) goto TRUE_BRANCH_7; \
FALSE_BRANCH_8: \
print_info("FALSE_BRANCH_8"); \
func = lookup(NAMEOBJ("loop"), env); \
save(func); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("add1"), env); \
val = lookup(NAMEOBJ("total"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_14; \
if (isCompound(func)) goto COMPOUND_15; \
COMPILED_16: \
print_info("COMPILED_16"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_15: \
print_info("COMPOUND_15"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_14: \
print_info("PRIMITIVE_14"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_17: \
print_info("AFTER_CALL_17"); \
TRUE_BRANCH_7: \
print_info("TRUE_BRANCH_7"); \
val = lookup(NAMEOBJ("total"), env); \
goto CONTINUE; \
AFTER_IF_9: \
print_info("AFTER_IF_9"); \
AFTER_LAMBDA_6: \
print_info("AFTER_LAMBDA_6"); \
defineVar(NAMEOBJ("loop"), val, env); \
func = lookup(NAMEOBJ("loop"), env); \
val = lookup(NAMEOBJ("s"), env); \
arglist = CONS(val, NULLOBJ); \
val = NUMOBJ(0); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_18; \
if (isCompound(func)) goto COMPOUND_19; \
COMPILED_20: \
print_info("COMPILED_20"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_19: \
print_info("COMPOUND_19"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_18: \
print_info("PRIMITIVE_18"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_21: \
print_info("AFTER_CALL_21"); \
AFTER_LAMBDA_4: \
print_info("AFTER_LAMBDA_4"); \
defineVar(NAMEOBJ("length"), val, env); \
val = COMPOBJ(_ENTRY_22, env); \
goto AFTER_LAMBDA_23; \
ENTRY_22: \
print_info("ENTRY_22"); \
env = COMPENVOBJ(func); \
unev = parse("(items n)\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("zero?"), env); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
if (isTrue(val)) goto TRUE_BRANCH_24; \
FALSE_BRANCH_25: \
print_info("FALSE_BRANCH_25"); \
func = lookup(NAMEOBJ("list-ref"), env); \
save(func); \
func = lookup(NAMEOBJ("sub1"), env); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("items"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_27; \
if (isCompound(func)) goto COMPOUND_28; \
COMPILED_29: \
print_info("COMPILED_29"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_28: \
print_info("COMPOUND_28"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_27: \
print_info("PRIMITIVE_27"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_30: \
print_info("AFTER_CALL_30"); \
TRUE_BRANCH_24: \
print_info("TRUE_BRANCH_24"); \
func = lookup(NAMEOBJ("car"), env); \
val = lookup(NAMEOBJ("items"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_IF_26: \
print_info("AFTER_IF_26"); \
AFTER_LAMBDA_23: \
print_info("AFTER_LAMBDA_23"); \
defineVar(NAMEOBJ("list-ref"), val, env); \
val = COMPOBJ(_ENTRY_31, env); \
goto AFTER_LAMBDA_32; \
ENTRY_31: \
print_info("ENTRY_31"); \
env = COMPENVOBJ(func); \
unev = parse("(list1 list2)\n"); \
env = extendEnv(unev, arglist, env); \
save(cont); \
save(env); \
func = lookup(NAMEOBJ("null?"), env); \
val = lookup(NAMEOBJ("list1"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_36; \
if (isCompound(func)) goto COMPOUND_37; \
COMPILED_38: \
print_info("COMPILED_38"); \
cont = LABELOBJ(_AFTER_CALL_39); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_37: \
print_info("COMPOUND_37"); \
cont = LABELOBJ(_AFTER_CALL_39); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_36: \
print_info("PRIMITIVE_36"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_39: \
print_info("AFTER_CALL_39"); \
restore(env); \
restore(cont); \
if (isTrue(val)) goto TRUE_BRANCH_33; \
FALSE_BRANCH_34: \
print_info("FALSE_BRANCH_34"); \
func = lookup(NAMEOBJ("cons"), env); \
save(cont); \
save(func); \
save(env); \
func = lookup(NAMEOBJ("append"), env); \
save(func); \
val = lookup(NAMEOBJ("list2"), env); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("list1"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_40; \
if (isCompound(func)) goto COMPOUND_41; \
COMPILED_42: \
print_info("COMPILED_42"); \
cont = LABELOBJ(_AFTER_CALL_43); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_41: \
print_info("COMPOUND_41"); \
cont = LABELOBJ(_AFTER_CALL_43); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_40: \
print_info("PRIMITIVE_40"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_43: \
print_info("AFTER_CALL_43"); \
arglist = CONS(val, NULLOBJ); \
restore(env); \
save(arglist); \
func = lookup(NAMEOBJ("car"), env); \
val = lookup(NAMEOBJ("list1"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
restore(cont); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
TRUE_BRANCH_33: \
print_info("TRUE_BRANCH_33"); \
val = lookup(NAMEOBJ("list2"), env); \
goto CONTINUE; \
AFTER_IF_35: \
print_info("AFTER_IF_35"); \
AFTER_LAMBDA_32: \
print_info("AFTER_LAMBDA_32"); \
defineVar(NAMEOBJ("append"), val, env); \
val = COMPOBJ(_ENTRY_44, env); \
goto AFTER_LAMBDA_45; \
ENTRY_44: \
print_info("ENTRY_44"); \
env = COMPENVOBJ(func); \
unev = parse("(items)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_46, env); \
goto AFTER_LAMBDA_47; \
ENTRY_46: \
print_info("ENTRY_46"); \
env = COMPENVOBJ(func); \
unev = parse("(result rest)\n"); \
env = extendEnv(unev, arglist, env); \
save(cont); \
save(env); \
func = lookup(NAMEOBJ("null?"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_51; \
if (isCompound(func)) goto COMPOUND_52; \
COMPILED_53: \
print_info("COMPILED_53"); \
cont = LABELOBJ(_AFTER_CALL_54); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_52: \
print_info("COMPOUND_52"); \
cont = LABELOBJ(_AFTER_CALL_54); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_51: \
print_info("PRIMITIVE_51"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_54: \
print_info("AFTER_CALL_54"); \
restore(env); \
restore(cont); \
if (isTrue(val)) goto TRUE_BRANCH_48; \
FALSE_BRANCH_49: \
print_info("FALSE_BRANCH_49"); \
func = lookup(NAMEOBJ("loop"), env); \
save(func); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("cons"), env); \
save(func); \
val = lookup(NAMEOBJ("result"), env); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("car"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_55; \
if (isCompound(func)) goto COMPOUND_56; \
COMPILED_57: \
print_info("COMPILED_57"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_56: \
print_info("COMPOUND_56"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_55: \
print_info("PRIMITIVE_55"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_58: \
print_info("AFTER_CALL_58"); \
TRUE_BRANCH_48: \
print_info("TRUE_BRANCH_48"); \
val = lookup(NAMEOBJ("result"), env); \
goto CONTINUE; \
AFTER_IF_50: \
print_info("AFTER_IF_50"); \
AFTER_LAMBDA_47: \
print_info("AFTER_LAMBDA_47"); \
defineVar(NAMEOBJ("loop"), val, env); \
func = lookup(NAMEOBJ("loop"), env); \
val = lookup(NAMEOBJ("items"), env); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("nil"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_59; \
if (isCompound(func)) goto COMPOUND_60; \
COMPILED_61: \
print_info("COMPILED_61"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_60: \
print_info("COMPOUND_60"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_59: \
print_info("PRIMITIVE_59"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_62: \
print_info("AFTER_CALL_62"); \
AFTER_LAMBDA_45: \
print_info("AFTER_LAMBDA_45"); \
defineVar(NAMEOBJ("reverse"), val, env); \
val = COMPOBJ(_ENTRY_63, env); \
goto AFTER_LAMBDA_64; \
ENTRY_63: \
print_info("ENTRY_63"); \
env = COMPENVOBJ(func); \
unev = parse("(func items)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_65, env); \
goto AFTER_LAMBDA_66; \
ENTRY_65: \
print_info("ENTRY_65"); \
env = COMPENVOBJ(func); \
unev = parse("(result rest)\n"); \
env = extendEnv(unev, arglist, env); \
save(cont); \
save(env); \
func = lookup(NAMEOBJ("null?"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_70; \
if (isCompound(func)) goto COMPOUND_71; \
COMPILED_72: \
print_info("COMPILED_72"); \
cont = LABELOBJ(_AFTER_CALL_73); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_71: \
print_info("COMPOUND_71"); \
cont = LABELOBJ(_AFTER_CALL_73); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_70: \
print_info("PRIMITIVE_70"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_73: \
print_info("AFTER_CALL_73"); \
restore(env); \
restore(cont); \
if (isTrue(val)) goto TRUE_BRANCH_67; \
FALSE_BRANCH_68: \
print_info("FALSE_BRANCH_68"); \
func = lookup(NAMEOBJ("loop"), env); \
save(cont); \
save(func); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("cons"), env); \
save(func); \
val = lookup(NAMEOBJ("result"), env); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("func"), env); \
save(func); \
func = lookup(NAMEOBJ("car"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_78; \
if (isCompound(func)) goto COMPOUND_79; \
COMPILED_80: \
print_info("COMPILED_80"); \
cont = LABELOBJ(_AFTER_CALL_81); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_79: \
print_info("COMPOUND_79"); \
cont = LABELOBJ(_AFTER_CALL_81); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_78: \
print_info("PRIMITIVE_78"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_81: \
print_info("AFTER_CALL_81"); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
restore(cont); \
if (isPrimitive(func)) goto PRIMITIVE_82; \
if (isCompound(func)) goto COMPOUND_83; \
COMPILED_84: \
print_info("COMPILED_84"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_83: \
print_info("COMPOUND_83"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_82: \
print_info("PRIMITIVE_82"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_85: \
print_info("AFTER_CALL_85"); \
TRUE_BRANCH_67: \
print_info("TRUE_BRANCH_67"); \
func = lookup(NAMEOBJ("reverse"), env); \
val = lookup(NAMEOBJ("result"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_74; \
if (isCompound(func)) goto COMPOUND_75; \
COMPILED_76: \
print_info("COMPILED_76"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_75: \
print_info("COMPOUND_75"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_74: \
print_info("PRIMITIVE_74"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_77: \
print_info("AFTER_CALL_77"); \
AFTER_IF_69: \
print_info("AFTER_IF_69"); \
AFTER_LAMBDA_66: \
print_info("AFTER_LAMBDA_66"); \
defineVar(NAMEOBJ("loop"), val, env); \
func = lookup(NAMEOBJ("loop"), env); \
val = lookup(NAMEOBJ("items"), env); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("nil"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_86; \
if (isCompound(func)) goto COMPOUND_87; \
COMPILED_88: \
print_info("COMPILED_88"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_87: \
print_info("COMPOUND_87"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_86: \
print_info("PRIMITIVE_86"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_89: \
print_info("AFTER_CALL_89"); \
AFTER_LAMBDA_64: \
print_info("AFTER_LAMBDA_64"); \
defineVar(NAMEOBJ("map"), val, env); \
val = COMPOBJ(_ENTRY_90, env); \
goto AFTER_LAMBDA_91; \
ENTRY_90: \
print_info("ENTRY_90"); \
env = COMPENVOBJ(func); \
unev = parse("(comb null seq)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_92, env); \
goto AFTER_LAMBDA_93; \
ENTRY_92: \
print_info("ENTRY_92"); \
env = COMPENVOBJ(func); \
unev = parse("(result rest)\n"); \
env = extendEnv(unev, arglist, env); \
save(cont); \
save(env); \
func = lookup(NAMEOBJ("null?"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
if (isPrimitive(func)) goto PRIMITIVE_97; \
if (isCompound(func)) goto COMPOUND_98; \
COMPILED_99: \
print_info("COMPILED_99"); \
cont = LABELOBJ(_AFTER_CALL_100); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_98: \
print_info("COMPOUND_98"); \
cont = LABELOBJ(_AFTER_CALL_100); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_97: \
print_info("PRIMITIVE_97"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_100: \
print_info("AFTER_CALL_100"); \
restore(env); \
restore(cont); \
if (isTrue(val)) goto TRUE_BRANCH_94; \
FALSE_BRANCH_95: \
print_info("FALSE_BRANCH_95"); \
func = lookup(NAMEOBJ("loop"), env); \
save(cont); \
save(func); \
func = lookup(NAMEOBJ("cdr"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("comb"), env); \
save(func); \
func = lookup(NAMEOBJ("car"), env); \
val = lookup(NAMEOBJ("rest"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("result"), env); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_101; \
if (isCompound(func)) goto COMPOUND_102; \
COMPILED_103: \
print_info("COMPILED_103"); \
cont = LABELOBJ(_AFTER_CALL_104); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_102: \
print_info("COMPOUND_102"); \
cont = LABELOBJ(_AFTER_CALL_104); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_101: \
print_info("PRIMITIVE_101"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_104: \
print_info("AFTER_CALL_104"); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
restore(cont); \
if (isPrimitive(func)) goto PRIMITIVE_105; \
if (isCompound(func)) goto COMPOUND_106; \
COMPILED_107: \
print_info("COMPILED_107"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_106: \
print_info("COMPOUND_106"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_105: \
print_info("PRIMITIVE_105"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_108: \
print_info("AFTER_CALL_108"); \
TRUE_BRANCH_94: \
print_info("TRUE_BRANCH_94"); \
val = lookup(NAMEOBJ("result"), env); \
goto CONTINUE; \
AFTER_IF_96: \
print_info("AFTER_IF_96"); \
AFTER_LAMBDA_93: \
print_info("AFTER_LAMBDA_93"); \
defineVar(NAMEOBJ("loop"), val, env); \
func = lookup(NAMEOBJ("loop"), env); \
val = lookup(NAMEOBJ("seq"), env); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("null"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_109; \
if (isCompound(func)) goto COMPOUND_110; \
COMPILED_111: \
print_info("COMPILED_111"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_110: \
print_info("COMPOUND_110"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_109: \
print_info("PRIMITIVE_109"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_112: \
print_info("AFTER_CALL_112"); \
AFTER_LAMBDA_91: \
print_info("AFTER_LAMBDA_91"); \
defineVar(NAMEOBJ("fold-left"), val, env); \
val = COMPOBJ(_ENTRY_113, env); \
goto AFTER_LAMBDA_114; \
ENTRY_113: \
print_info("ENTRY_113"); \
env = COMPENVOBJ(func); \
unev = parse("nums\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("fold-left"), env); \
val = lookup(NAMEOBJ("nums"), env); \
arglist = CONS(val, NULLOBJ); \
val = NUMOBJ(0); \
arglist = CONS(val, arglist); \
val = lookup(NAMEOBJ("_+_"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_115; \
if (isCompound(func)) goto COMPOUND_116; \
COMPILED_117: \
print_info("COMPILED_117"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_116: \
print_info("COMPOUND_116"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_115: \
print_info("PRIMITIVE_115"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_118: \
print_info("AFTER_CALL_118"); \
AFTER_LAMBDA_114: \
print_info("AFTER_LAMBDA_114"); \
defineVar(NAMEOBJ("+"), val, env); \
val = COMPOBJ(_ENTRY_119, env); \
goto AFTER_LAMBDA_120; \
ENTRY_119: \
print_info("ENTRY_119"); \
env = COMPENVOBJ(func); \
unev = parse("nums\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("fold-left"), env); \
val = lookup(NAMEOBJ("nums"), env); \
arglist = CONS(val, NULLOBJ); \
val = NUMOBJ(1); \
arglist = CONS(val, arglist); \
val = lookup(NAMEOBJ("_*_"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_121; \
if (isCompound(func)) goto COMPOUND_122; \
COMPILED_123: \
print_info("COMPILED_123"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_122: \
print_info("COMPOUND_122"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_121: \
print_info("PRIMITIVE_121"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_124: \
print_info("AFTER_CALL_124"); \
AFTER_LAMBDA_120: \
print_info("AFTER_LAMBDA_120"); \
defineVar(NAMEOBJ("*"), val, env); \
val = COMPOBJ(_ENTRY_125, env); \
goto AFTER_LAMBDA_126; \
ENTRY_125: \
print_info("ENTRY_125"); \
env = COMPENVOBJ(func); \
unev = parse("(n)\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("<"), env); \
val = NUMOBJ(2); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
if (isTrue(val)) goto TRUE_BRANCH_127; \
FALSE_BRANCH_128: \
print_info("FALSE_BRANCH_128"); \
func = lookup(NAMEOBJ("_*_"), env); \
save(cont); \
save(func); \
save(env); \
func = lookup(NAMEOBJ("recursive_factorial_compiled"), env); \
save(func); \
func = lookup(NAMEOBJ("sub1"), env); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_130; \
if (isCompound(func)) goto COMPOUND_131; \
COMPILED_132: \
print_info("COMPILED_132"); \
cont = LABELOBJ(_AFTER_CALL_133); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_131: \
print_info("COMPOUND_131"); \
cont = LABELOBJ(_AFTER_CALL_133); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_130: \
print_info("PRIMITIVE_130"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_133: \
print_info("AFTER_CALL_133"); \
arglist = CONS(val, NULLOBJ); \
restore(env); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
restore(func); \
restore(cont); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
TRUE_BRANCH_127: \
print_info("TRUE_BRANCH_127"); \
val = NUMOBJ(1); \
goto CONTINUE; \
AFTER_IF_129: \
print_info("AFTER_IF_129"); \
AFTER_LAMBDA_126: \
print_info("AFTER_LAMBDA_126"); \
defineVar(NAMEOBJ("recursive_factorial_compiled"), val, env); \
val = COMPOBJ(_ENTRY_134, env); \
goto AFTER_LAMBDA_135; \
ENTRY_134: \
print_info("ENTRY_134"); \
env = COMPENVOBJ(func); \
unev = parse("(n)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_136, env); \
goto AFTER_LAMBDA_137; \
ENTRY_136: \
print_info("ENTRY_136"); \
env = COMPENVOBJ(func); \
unev = parse("(count total)\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("<"), env); \
val = NUMOBJ(2); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("count"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
if (isTrue(val)) goto TRUE_BRANCH_138; \
FALSE_BRANCH_139: \
print_info("FALSE_BRANCH_139"); \
func = lookup(NAMEOBJ("loop"), env); \
save(func); \
func = lookup(NAMEOBJ("_*_"), env); \
val = lookup(NAMEOBJ("count"), env); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("total"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
save(arglist); \
func = lookup(NAMEOBJ("sub1"), env); \
val = lookup(NAMEOBJ("count"), env); \
arglist = CONS(val, NULLOBJ); \
val = applyPrimitive(func, arglist); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_141; \
if (isCompound(func)) goto COMPOUND_142; \
COMPILED_143: \
print_info("COMPILED_143"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_142: \
print_info("COMPOUND_142"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_141: \
print_info("PRIMITIVE_141"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_144: \
print_info("AFTER_CALL_144"); \
TRUE_BRANCH_138: \
print_info("TRUE_BRANCH_138"); \
val = lookup(NAMEOBJ("total"), env); \
goto CONTINUE; \
AFTER_IF_140: \
print_info("AFTER_IF_140"); \
AFTER_LAMBDA_137: \
print_info("AFTER_LAMBDA_137"); \
defineVar(NAMEOBJ("loop"), val, env); \
func = lookup(NAMEOBJ("loop"), env); \
val = NUMOBJ(1); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
if (isPrimitive(func)) goto PRIMITIVE_145; \
if (isCompound(func)) goto COMPOUND_146; \
COMPILED_147: \
print_info("COMPILED_147"); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_146: \
print_info("COMPOUND_146"); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_145: \
print_info("PRIMITIVE_145"); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
AFTER_CALL_148: \
print_info("AFTER_CALL_148"); \
AFTER_LAMBDA_135: \
print_info("AFTER_LAMBDA_135"); \
defineVar(NAMEOBJ("iterative_factorial_compiled"), val, env); \
val = COMPOBJ(_ENTRY_149, env); \
goto AFTER_LAMBDA_150; \
ENTRY_149: \
print_info("ENTRY_149"); \
env = COMPENVOBJ(func); \
unev = parse("(n)\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("<"), env); \
val = NUMOBJ(2); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
if (isTrue(val)) goto TRUE_BRANCH_151; \
FALSE_BRANCH_152: \
print_info("FALSE_BRANCH_152"); \
func = lookup(NAMEOBJ("_+_"), env); \
save(cont); \
save(func); \
save(env); \
func = lookup(NAMEOBJ("recursive_fibonacci_compiled"), env); \
save(func); \
func = lookup(NAMEOBJ("-"), env); \
val = NUMOBJ(2); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_158; \
if (isCompound(func)) goto COMPOUND_159; \
COMPILED_160: \
print_info("COMPILED_160"); \
cont = LABELOBJ(_AFTER_CALL_161); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_159: \
print_info("COMPOUND_159"); \
cont = LABELOBJ(_AFTER_CALL_161); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_158: \
print_info("PRIMITIVE_158"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_161: \
print_info("AFTER_CALL_161"); \
arglist = CONS(val, NULLOBJ); \
restore(env); \
save(arglist); \
func = lookup(NAMEOBJ("recursive_fibonacci_compiled"), env); \
save(func); \
func = lookup(NAMEOBJ("-"), env); \
val = NUMOBJ(1); \
arglist = CONS(val, NULLOBJ); \
val = lookup(NAMEOBJ("n"), env); \
arglist = CONS(val, arglist); \
val = applyPrimitive(func, arglist); \
arglist = CONS(val, NULLOBJ); \
restore(func); \
if (isPrimitive(func)) goto PRIMITIVE_154; \
if (isCompound(func)) goto COMPOUND_155; \
COMPILED_156: \
print_info("COMPILED_156"); \
cont = LABELOBJ(_AFTER_CALL_157); \
val = COMPLABOBJ(func); \
goto COMP_LABEL; \
COMPOUND_155: \
print_info("COMPOUND_155"); \
cont = LABELOBJ(_AFTER_CALL_157); \
save(cont); \
goto APPLY_COMPOUND; \
PRIMITIVE_154: \
print_info("PRIMITIVE_154"); \
val = applyPrimitive(func, arglist); \
AFTER_CALL_157: \
print_info("AFTER_CALL_157"); \
restore(arglist); \
arglist = CONS(val, arglist); \
restore(func); \
restore(cont); \
val = applyPrimitive(func, arglist); \
goto CONTINUE; \
TRUE_BRANCH_151: \
print_info("TRUE_BRANCH_151"); \
val = lookup(NAMEOBJ("n"), env); \
goto CONTINUE; \
AFTER_IF_153: \
print_info("AFTER_IF_153"); \
AFTER_LAMBDA_150: \
print_info("AFTER_LAMBDA_150"); \
defineVar(NAMEOBJ("recursive_fibonacci_compiled"), val, env); \
val = COMPOBJ(_ENTRY_162, env); \
goto AFTER_LAMBDA_163; \
ENTRY_162: \
print_info("ENTRY_162"); \
env = COMPENVOBJ(func); \
unev = parse("(n)\n"); \
env = extendEnv(unev, arglist, env); \
val = COMPOBJ(_ENTRY_164, env); \
goto AFTER_LAMBDA_165; \
ENTRY_164: \
print_info("ENTRY_164"); \
env = COMPENVOBJ(func); \
unev = parse("(count a b)\n"); \
env = extendEnv(unev, arglist, env); \
func = lookup(NAMEOBJ("one?"), env); \
val = lookup(NAMEOBJ("count"), env); \